Answer:
a. 0.8
b. 5
c. 0.9 and 10
Explanation:
a. The formula to compute the MPC is shown below:
= (Change in consumption) ÷ (Change in investment income)
= $16 billion ÷ $20 billion
= 0.8
b. The formula to compute the size of the multiplier is shown below:
= 1 ÷ (1 - MPC)
= 1 ÷ (1 - 0.8)
= 1 ÷ 0.2
= 5
c. If the change of the consumption increases, then the MPC would be
= (Change in consumption) ÷ (Change in investment income)
= $18 billion ÷ $20 billion
= 0.9
And, the size of the multiplier would be
= 1 ÷ (1 - 0.9)
= 1 ÷ 0.1
= 10
Answer:
The correct answer is letter "B": is a frontier between all combinations of two goods that can be produced and those combinations that cannot be produced.
Explanation:
A variety of answers to the question: <em>"What is our optimum production capacity?"</em> solves the Production Possibility Frontier (PPF). Increased output requires job creation and the best efficient use of resources. This maximizes the labor force available and reduces the services that are not used.
<em>Plotted in a graph, PPF reflects the possible combinations an organization has and how to optimize output as well as what combinations are not to be produced.</em>
Answer:
A. National-security argument
Explanation:
The National-security argument is also known as the National-defense argument. The argument proposes the imposition of high tariffs on locally manufactured goods so that the country would not be dependent on other countries for those goods in the event of war. For example, if a country is dependent on other counties for the production of food, then it would be in great danger in the advent of war. Tires that are also used to prepare weapons should be sourced within a country so that in the advent of war, the country would not be dependent on others.
This is the argument employed by the congresswoman who sought the imposition of a tariff on tires so that the United States would not be dependent on other foreign countries during a war.
The equations is A= P(1 + r)^t, where P is the amount invested, r is the interest rate, and t is the time. So A, your total amount in the bank account including interest, is equal to 6500(1.04)^7, which is The answer is $8553.56 (that's what I rounded to). That is your total, so subtract 6500 from that number and you'll get the interest amount.
